13.10mm Leaky Cable Private Wireless Communication Polyethylene Insulation

Leaky Cable for Rail Transit Private Wireless Communication

• 13.10mm Leaky Cable Private Wireless Communication Polyethylene Insulation
• Structural Parameters

  Product Model	Inner Conductor		Insulation	Outer Conductor		Outer Sheath
  	Material	Diameter		Material	Diameter	Material	Diameter
  HLRCTCY(Z)-50-32T (1-1/4”)	Smooth copper tube	13.10mm	Physically-foamed polyethylene insulation	Punched hole copper strip landing edge longitudinal wrapped	34.00mm	Black polyethylene or low smoke halogen-free flame retardant polyolefin	38.00mm
  HLRHTCY(Z)-50-42T (1-5/8”)	Spiral corrugated copper tube	17.40mm			44.00mm		49.00mm
• Mechanical & Environmental Properties

  Product Model	Minimum Bending Radius for a Single Time	Minimum Bending Radius for Multiple Times (15 Times)	Maximum Tensile Resistance	Installation Temperature	Working Temperature
  HLRCTCY(Z)-50-32T (1-1/4”)	400mm	500mm	2000N	-55℃～+85℃	-40℃～+70℃
  HLRHTCY(Z)-50-42T (1-5/8”)	500mm	700mm	2500N

  Electrical Properties

  Product Model		HLRCTCY(Z)-50-32T (1-1/4”)		HLRHTCY(Z)-50-42T (1-5/8”)
  		1	2	1	2
  Average Characteristic Impedance(Ω)		50±2
  Transmission Rate		90%
  Capacitance(pF/m)		76
  Dielectric strength(V,DC,1min)		10000		15000
  Minimum Insulation Resistance(MΩ·km)		10000
  Sheath Spark Testing(V,AC,Effective Value)		10000		10000
  Longitudinal Attenuation dB/100m ±5%,20℃	800MHz	3.0	2.7	2.2	2.2
  	900MHz	3.4	3.3	2.4	2.4
  	1800MHz	—	5.0	—	4.2
  Coupling Loss dB±5dB 95%,2m	800MHz	69	78	68	70
  	900MHz	70	75	69	70
  	1800MHz	—	72	—	68
  VSWR	800~900MHz	≤1.30
  	1700~1900MHz	≤1.30

13.10mm Leaky Cable

Private Wireless Communication Leaky Cable

polyethylene insulation leaky feeder system

13.10mm Leaky Cable Private Wireless Communication Polyethylene Insulation Images